Guía de Ondas

Storyboard

>Model

ID:(478, 0)



Alternating Fields

Description

ID:(853, 0)



Bunches Building

Description

ID:(854, 0)



Example LINAC

Description

ID:(248, 0)



Graphic Long Cavity

Description

ID:(855, 0)



Photon Generation

Description

ID:(246, 0)



radiotherapy004

Description

![radiotherapy004](showImage.php)
radiotherapy004

ID:(3048, 0)



radiotherapy005

Description

![radiotherapy005](showImage.php)
radiotherapy005

ID:(3049, 0)



radiotherapy006

Description

![radiotherapy006](showImage.php)
radiotherapy006

ID:(3050, 0)



radiotherapy007

Description

![radiotherapy007](showImage.php)
radiotherapy007

ID:(3051, 0)



radiotherapy008

Description

![radiotherapy008](showImage.php)
radiotherapy008

ID:(3052, 0)



radiotherapy009

Description

![radiotherapy009](showImage.php)
radiotherapy009

ID:(3053, 0)



radiotherapy012

Description

![radiotherapy012](showImage.php)
radiotherapy012

ID:(3056, 0)



radiotherapy014

Description

![radiotherapy014](showImage.php)
radiotherapy014

ID:(3058, 0)



The Klystor

Description

ID:(856, 0)



Waveguides

Description

ID:(245, 0)



Work Function

Description

ID:(850, 0)



Guía de Ondas

Description

Variables

Symbol
Text
Variable
Value
Units
Calculate
MKS Value
MKS Units
$T_e$
T_e
Angle Transit
-
$E_{n-1}$
E_n1
Electron Energy in $n-1$-th Cavity
J
$E_0$
E_0
Energía de electrón al ingreso a la guía de ondas
J
$E_n$
E_n
Energy Electron in $n$-th cavity
J
$d$
d
Klystor Distance between Bancher and Catcher
m
$l_n$
l_n
Long $n$-th Cavity
m
$n$
n
Number of Cavity in Waveguide
-
$\nu$
nu
Oscillation Frequency Waveguide
Hz
$T_c$
T_c
Oscillation Period Waveguide
s
$V$
V
Potential in Waveguide
V
$\beta_e$
beta_e
Propagation Factor
1/m
$v_n$
v_n
Speed Electron in $n$-th Cavity
m/s
$c$
c
Speed of Light
m/s

Calculations


First, select the equation:   to ,  then, select the variable:   to 

Symbol
Equation
Solved
Translated

Calculations

Symbol
Equation
Solved
Translated

 Variable   Given   Calculate   Target :   Equation   To be used



Equations


Examples

$T_e=\displaystyle\frac{\sin\beta_ed}{\beta_ed}$

(ID 4040)

$l_n=\displaystyle\frac{c}{2u}\sqrt{\displaystyle\frac{E_n(E_n+2m_ec^2)}{(E_n+m_ec^2)^2}}$

(ID 4037)

$E_n=\displaystyle\frac{m_ec^2}{\sqrt{1-\displaystyle\frac{v_n^2}{c^2}}}-m_ec^2$

(ID 4035)

$v_n=c\sqrt{\displaystyle\frac{E_n(E_n+2m_ec^2)}{(E_n+m_ec^2)^2}}$

(ID 4036)

$E_n=E_{n-1}+eVT_e$

(ID 4039)

$l_n=\displaystyle\frac{v_n}{2u}$

(ID 4034)

$E_n=neV+eV_0$

(ID 4038)

$T_c=\displaystyle\frac{1}{u}$

(ID 4033)

$\beta_e=\displaystyle\frac{2\piu}{v}$

(ID 4041)

![radiotherapy004](showImage.php)
radiotherapy004

(ID 3048)

![radiotherapy005](showImage.php)
radiotherapy005

(ID 3049)

![radiotherapy006](showImage.php)
radiotherapy006

(ID 3050)

![radiotherapy007](showImage.php)
radiotherapy007

(ID 3051)

![radiotherapy008](showImage.php)
radiotherapy008

(ID 3052)

![radiotherapy009](showImage.php)
radiotherapy009

(ID 3053)

![radiotherapy012](showImage.php)
radiotherapy012

(ID 3056)

![radiotherapy014](showImage.php)
radiotherapy014

(ID 3058)

(ID 856)

(ID 245)


ID:(478, 0)